摘要：为保障枞阳江堤的安全运行,基于泥被泥线法对枞阳江堤白蚁危害现状进行了调查。根据枞阳江堤的环境特点,分析白蚁危害成因,提出白蚁危害的治理对策。结果表明,枞阳江堤白蚁危害较为常见,白蚁主要来源于“爬、留、带、飞”四个方面。研究结果为枞阳江堤的白蚁防治提供参考。

摘要：针对SWOT和SWOT-AHP分析的不足,通过引入古典战略思想和雷达图分析方法,完善和增强SWOT-AHP的层次结构和分析功能,创建新的三维SWOT-AHP模型及基于该模型的双线雷达图和聚合诊断示意图.其核心思想是根据孙膑"天时、地利、人和"全局决策的思想和行业视角分析相关因素的理念,以避免由于SWOT内外环境严格分割而造成的缺陷.针对模型的三维特点,设计新的SWOT-AHP分析方法.通过对海南反季节切花月季产业的发展案例分析,表明该研究方法具备更强的层次性,更清晰、更直观的表现形式,更容易定性与定量地分析行业问题,并帮助进行快速决策,可适用于产业发展分析与决策选择.

摘要：采用通用旋转组合设计,利用基质培方法研究了氮、磷、钾施用量对萝卜产量及硝酸盐含量的影响,获得了相应的数学模型.结果表明:氮磷钾对产量影响的大小顺序为氮＞磷＞钾,对硝酸盐含量影响的大小顺序为氮＞钾＞磷;无土栽培萝卜时最佳营养液组合方案为N 132～241mg/kg、P2O5 89～129mg/kg、K2O 367～533mg/kg;在保证硝酸盐含量较低(＜785mg/kg)的情况下,获得最高产量(920g/株)时氮、磷、钾三者的水平分别为N 294mg/kg、R2O5 85 mg/kg、K2O 329mg/kg,三者之间的比例为N:P2O5:K2O=11.8:3:11.6.

摘要：随着人们生活水平的提高，消费观念发生了根本性的转变，纯天然、无污染的有机蔬菜消费已经成为一种时尚，因此发展有机蔬菜具有非常广阔的市场前景，也具有较好的综合效益。

摘要：采用L16（4^5）正交设计研究蔗糖浓度、激素配比、温度和光照时间对慈姑试管球茎形成的影响。结果表明：4因子对结球株率和单株结球数都有显著影响，以组合蔗糖浓度60g·L^-1，激素配比6-BA：NAA=0：0，温度22℃，光照时间0h，结球株率和单株结球数均为最高值，为诱导试管慈姑的优选组合。

摘要：湖北中绿有机农业研究院,依托华中农业大学专家教授成立的农业综合服务机构,也是全国首家政府批准成立的有机农业NGO组织。研究院是依托强大的政府资源、行业资源和专家学者搭建而成的高端平台,以集成创新有机农业技术、推广有机生态环保理念与文化、服务有机产品生产、建设美丽乡村为宗旨,利用合作的农业专业合作社和有机农场作为推广示范基地，致力于推进我国有机农业的发展和产业升级，为有机农场和政府机关提供规划设计、技术支持、管理咨询、人才培养和营销推广等全方位服务。

摘要：有机蔬菜作为一种特殊的鲜活农产品，它的主要卖点是生产环境洁净无污染、生产过程不施化肥不打农药，营养丰富，风味浓郁，质量安全。但是“酒香也怕巷子深”，一个好的产品，如果不作广告，不宣传，也很难被消费者认可，特别是现在有机食品的概念还未普及，消费者也无法判别有机蔬菜和普通蔬菜，更需要生产企业花大力气在市场营销上。既要种好有机蔬菜，还要能卖出去，才能实现价值，创造效益。

摘要：通过对南繁科技性与历史性、海南南繁不可替代性、南繁功能价值层次结构以及存在的关键问题进行分析,得出南繁已上升为国家战略,成为国家战略性资源。海南南繁作为科研实践与历史的选择的重大成果,在气候条件、科学育种、粮食生产抗灾救灾、保障种业安全和区位优势等方面发挥着不可替代的作用;同时通过引入价值工程、产业集群、区域经济等理念,在研究南繁的功能、价值和存在的关键问题基础上,建立南繁功能价值的层次结构。但要实现南繁产业集群化发展,充分实现南繁功能价值,必须要解决南繁在顶层规划、试验用地、制度设计、硬件建设和生态安全等方面存在的关键问题。提出了建设南繁育种科研核心保护区、完善南繁法规政策保障机制、健全南繁管理体制、编制实施南繁育制种基地发展规划、争取国家政策资金支持等建议。

摘要：Based on winter nursery and shuttle breeding, Hainan National Breeding and Multiplication （HNBM）, with off-season breeding and seed production as the essence, has become a national strategic resource. The way of HNBM rising to the national strategy was analyzed through the aspects of technology features, historical characteristics, irreplaceability, function and value hierarchy, and the key problems. As the major achievement of the practice of scientific research and historical selec- tion, HNBM played an irreplaceable role in the climatic conditions, scientific breed- ing, and seed production in disaster relief, protecting the safety of the seed industry and Iocational advantages. Based on the analysis on the functions, values and ex- isted problems of HNBM, the function and value hierarchical structure of HNBM was established through introducing concepts of value engineering, industrial clusters and regional economy. But to fully achieve the industrial clustering development and functional values of HNBM, it needed to solve the key problems existed in top-level planning, experimental bases, system design, hardware construction and ecological security. Some suggestions were put forward in this paper, including setting up key scientific research protection zones, improving the regulations and policies safeguard mechanism and management system of HNBM, drawing up and carrying out the base development planning of HNBM, and striving for financial support from national policies.

摘要：A preliminary feasibility study was set up for the HNBM standard system. By introducing the set theory and basic methods of the solid geometry and adopting the Verman three-dimensional structure ideology innovatively, the standards system of Hainan National Breeding and Multiplication (HNBM) was studied with the four-dimensional structure and integration by combining with the time dimension. The four-dimensional structure standards system will be useful for guiding the construction of the HNBM standards system, carrying on the division of labor and realizing the dynamic development of the standards system. The standards set of HNBM helps to computer programming and information management.